About
Dr. Thomas Dealtry is a Senior Research Associate at the Department of Physics, Lancaster University. His research focuses on experimental neutrino physics, particularly on measuring neutrino oscillation parameters to high precision to address why the Universe exhibits matter-antimatter asymmetry.
- Active in the Hyper-K experiment (proposed neutrino/proton decay experiment starting in ~2026), designing low-energy triggers using spatial/temporal/calorimetric distributions of photo-detector hits.
- PhD work on the T2K experiment (long-baseline neutrino oscillations), achieving world-leading precision on θ23 for muon neutrino disappearance.
- Founding member of the VALOR neutrino fit group, contributing to T2K and Hyper-K sensitivity studies.
- Collaborated on the DUNE experiment, developing data acquisition software for GPS clocks, external counters, and trigger systems; among the first to run its 35-ton prototype detector.
Notable award: Co-recipient of the Breakthrough Prize in Fundamental Physics.
0Publications listed
